Melt Electrowriting System

Precision manufacturing of architected microfiber scaffolds.

The FYSCON Melt Electrowriting System enables controlled deposition of polymer microfibers into highly organized two- and three-dimensional structures with precise control over fiber position, spacing and geometry.

Unlike stochastic fiber deposition processes, melt electrowriting allows researchers to define scaffold architecture through a programmed deposition path, providing a high degree of structural reproducibility.

The technology is particularly suitable for applications where scaffold architecture influences cellular response, mechanical properties, porosity or mass transport.

The system can be configured according to the processed material, required scaffold geometry, working area and experimental workflow. Depending on the application, FYSCON can customize the extrusion and heating system, collector configuration, motion control, process monitoring and additional research modules.

This makes the system a flexible research tool for tissue engineering, regenerative medicine, biomaterials and advanced scaffold development.

FYSCON designs and manufactures each system around the requirements of the intended research process.